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You will also receive a free day trial of Pix4Dmapper free trial only available to first-time users. Watch and learn how Leila Benmerrouche with Saskatchewan Polytechnic steps you through using Pix4D to increase the level of detail for important features within a scene. Leila does this using an efficient Pix4D workflow to accurately merge aerial UAV imagery with terrestrial imagery taken with any camera even your smartphone!
High quality data, where it matters most. You will discover more about the proven workflow for crime scene processing that contributed to one of the first-ever North American based UAV-assisted convictions of a wildlife poaching incident.
The team pursued research using a UAV to get a 3D snapshot of a conservation crime scene. Using UAVs and automated data collection, researchers and law enforcement are able to recreate and essentially preserve crime scenes so they can be measured and observed without disturbing the area. In particular, by , the simpler the mission and the lower the scenario intensity — e.
Introduction to Drone/UAS/UAV Safety and Use
On the other hand, manned helicopters will increasingly work alongside RUASs exploiting Manned-Unmanned Teaming MUM-T 4 capabilities the more complex the mission and the higher the warfare intensity level. MUM-T is indeed a growing capability area, and thanks to advances in autonomous technologies, one expects MUM-T to deliver important operational and cost advantages in all operational domains.
While fixed-wing UASs still find their way into naval operations, but normally operate from ashore in support of the Maritime Command, VTOL RUAS designs can easily embark on a ship and operate directly from there with minimal, logistical impact. The introduction of various RUAS types into service over the last years, and the recent EU tenders related to maritime security e. Employing a RUAS for such missions would increase capability and minimize crew risks without demanding additional resources.
Rotary Wing Unmanned Aerial Systems | Joint Air Power Competence Centre
In particular, MUM-T will permit mission execution in a collaborative way, thus increasing the time which operators of manned helicopters can devote to other high-value activities crucial to mission success. In addition, thanks to better situational awareness, MUM-T also will create a reduction in risk for manned assets and operators. Current rates of adoption are still limited though, and further acquisitions for complex warfare missions e. ASW or for ship-shore resupply roles likely will happen at a later stage.
As prospective customers understand the benefits of shipborne UAS, it is reasonable that engineers will conceive modern ship designs tailored for RUAS operations. RUASs also could be deployed aboard ships already in service. Rotary Wing Unmanned Aerial Systems will play an increasing role in the naval domain, especially for military and governmental users.
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